OwnedMemberAccessor

class OwnedMemberAccessor[R: OwningMembership, M: Element]

 Children

• ActionParameterAccessor

• EffectAccessor

• ExpressionParameterAccessor

• FeatureValueAccessor

• GuardAccessor

• OwnedExpressionAccessor

• OwnedFeatureAccessor

• OwnedMultiplicityAccessor

• OwnedSuccessionAccessor

• ParameterAccessor

• PayloadFeatureAccessor

• ReferenceParameterAccessor

• ReferenceUsageAccessor

• ResultExpressionAccessor

• SatisfactionSubjectAccessor

• TriggerAccessor

Members defined in OwnedMemberAccessor (2 members)

	add_member_element		Constructs a new member_element with the default type if this member is empty, otherwise does nothing.
	set_member_element		Set a new owned member_element, ownership constraints apply. Replaces the previous member_element, which may be reused by the model. name_id has no effect since the element is always taken ownership of.

Members inherited from MemberAccessor (5 members)

	member_element	R	The member_element of this member if it is not empty.
	membership	R	The membership of this member if it is not empty.
	__bool__
	extract_member_element		Extract the member_element leaving this member empty. Note that not all empty members are valid textual syntax. This does not check that the model is left in a valid state.
	remove_member_element		Remove the member_element leaving this member empty. Note that not all empty members are valid textual syntax. This does not check that the model is left in a valid state.

 Methods

add_member_element() → tuple[syside.R, syside.M]

Constructs a new member_element with the default type if this member is empty, otherwise does nothing.

Returns a pair of (membership, member_element)

set_member_element(element: syside.M, name: syside.NameID = ...) → tuple[syside.R, syside.M]

Set a new owned member_element, ownership constraints apply. Replaces the previous member_element, which may be reused by the model. name_id has no effect since the element is always taken ownership of.

Returns a pair of (membership, member_element) where member_element is element.

set_member_element(element: syside.M | None, name: syside.NameID = ...) → tuple[syside.R, syside.M] | None

set_member_element overload that will remove the member element if element is None, otherwise the behaviour is the same.

set_member_element(arg: type[syside.M], /) → tuple[syside.R, syside.M]

Constructs a new empty member_element with the provided type. Replaces the previous member_element. Because a new element is always constructed, ownership constraints do not apply.

Returns a pair of (membership, member_element).